Portfolio 2010/2015 by Iva Stanisheva

IVA STANISHEVA Architectural Portfolio

Oxford School of Architecture MArchD in Applied Design in Architecture Selected Works (2009-2014)

CONTENTS: 1. MArchD Year 2 - Emergent hybrids: disaster and the scenic spectacle focusing on disasters and flood resilience - Eelosystem .................. 3 2. MArchD Year 1 - Urban Design Specialization - West End Play-Ce Oxford ......................................................................................13 3. MArchD Year 1 - Urban Design Specialization - Issues 1 ................................................................................................................ 21 4. Year out in practice - Gerry Lytle Associates - Part l Architectural Assistant ................................................................................... 27 5. BA(hons) Year 3 - Metropolitan living and learning .......................................................................................................................... 31 6. BA(hons) Year 2- Sport Center ......................................................................................................................................................... 37 2

EEEeeEell oo ysyystt ee el oslso yt em tmemm Theeel eel deal eatery Thedeal eel deal The eatery The eel eatery deal eatery

Emergent hybrids: disaster and the scenic spectacle focusing on disasters and flood resilience

The Global Context

By 2025 the Worldâ&#x20AC;&#x2122;s population will 8 billion people. By 2050 70% of the population will live in cities. More than 2.8 billion people in 48 countries will face water stress or scarcity conditions by 2025. By the middle of the century this will have reached almost 7 billion. By 2100 the sea level will rise up to 7 meters and some of the largest cities in the world will be submerged.

ANGUILLA ANGUILLA Since the early 1980s, recruitment of glass eels to European waters has shown a marked decline of up to 90% (Moriarty, 1996, Dakker, 2000; ICES, 2002) and stocks are now considered tto be in danger of collapse (Moriarty & Dekker, 1997; ICES, 2006). The European Eel is a critically endangered species. Since the 1970s, the numbers of eels reaching Europe is thought to have declined by around 90% (possibly even 98%). In 2008 they gave been added to the IUCN Red List of Threatened Species.

The Anguilla Anguilla’s journey to London

Diagrammatic Site Map London, UK

0-3 months

3 months

Eggs (<1mm)

6 months

9 months

Leptocephalus (7mm)

Metamorphosing leptocephalus (40 mm)

10-14 months

12-24 months

Elver/glass eel (50-70 mm)

London Bridge

The site - Bethnal Green Gasometers, Regent, East London

Billingsgate Market Olympic Stadium

The O2

London Barrier

2. 1.

1.Site sketches 2. Initial architectural concept Sensory experience, minimalistic architecture through celebration and manipulation of light and reflections 3. Conceptual composite drawing exploring initial ideas in terms of composition of spaces, textures and light 4. Development and testing of initial ideas in terms of sensory experience through the site and space definition

Key diagram explaining the relationship between the eel and the human cycle upon which the

programme of the complex is designed, where the interaction between the two paths creates a series of pivotal spots along the visitorsâ&#x20AC;&#x2122; exploration-al journey. 1

Part of the mature eels are released into the canal

Caught from the local tributes and canals or/and from lab on site

Glass eels Elver (those stages of the eels development require darkness or no direct sunlight)

Yellow eel

Silver eel

Graphical translation of the key diagram into a contextual plan where the same structure, system and relationship is followed. The number of key interactive points are located along the visitors path, aiming to provide a variety of experiences while understanding and celebrating the complicated life cycle of the European Eel (Anguilla Anguilla). 3. The transition between the eel ponds takes the visitors out into the open space where a/ the first quick glimpse of the gasometers and the large open space is presented. 2. They will enter the first large pond and will be soon surrounded by darkness. Walking on the same level as the eels themselves, people sight would soon adapt and they will be able to detect some delicate light reflections on the large concrete walls. Soon they would realise that they can only hear their own echo and sounds of splashing water. 1.When entering the site, the visitors’ view would be blocked by large concrete walls. A large ramp will slowly submerge them into the water. Just before they enter the first breeding pond they will get a glimpse of the gasometers and the large pool of water through the opening in the wall.

4. After coming out the last enclosed eel pond, the visitors are finally taken out into the large open space. The semi submerged into the water walkway, guides the visitors through the largest eel pond and the magnificent historical structure while enabling them to enjoy the sense of scale and the gasometer’s’ reflections.

6 2

7 3

5. The journey has reached its’ peek point. Both of the cycles (the visitors’ and the eels’ one) are organised around this specific spot. After living in the large open pool, part of the eels (all of which have reached their silver stage and are sexually mature), are being released into the canal to help recover the eels’ population. The close proximity of the walkway to the runway allows people to witness the empowering moment of giving back the freedom to those craters. 6. The walkway carries on creating the boundary between the water of captivity and the water of freedom. 7. The walkway is now gradually bringing the visitors to more populated area. A fish belt occurs from the water on their left slowly bringing eels out of the water. 8. The eel and the peoples parallel journey continues where both of the parties enter the Pie&Mash premises. The eels end up ruthlessly gutted and cooked in front of the visitor, while they continue towards the menu boards and the till. 9. The walkway ends up with a large sitting area, where people are invited to enjoy their dish of choice while looking back onto their journey and the monolithic stillness of the site. 9

Site plan

B 5 6

1. Entrance/Exit and main walkway 2. Eel cell 1 3. Eel cell 2 4. Eel cell 3 5. Eel food storage 6. Eel pool 7. Fish belt 8. Pie â&#x20AC;&#x2DC;nâ&#x20AC;&#x2122; mash restaurant 9. Outside seating area

1 10

50 m 10 cm

Sensory experience and phenomenology of light

Light

The light and itsâ&#x20AC;&#x2122; qualities are specifically managed in order to create a dark atmosphere for the eel ponds as the young eels have to be protected from direct sunlight

Sound

Because of the size and the shape of the space an echo effect is expected. The visitors will hear loudly there footsteps, the splashing water and the movement of the large eels

Materials

The materials are kept to a minimum. The structures are made of in situ concrete with steel reinforcements and steel truss construction for the roof

1m 2m 0cm

10 m 10 cm

Restaurant plan

Brand developing in collaboration with Alexander Taralejkov

Eelosytem The eel deal eatery

‘I’ll give ya a great jelly on it’ jellied eel = deal

‘I’ll give ya a great jelly on it’

Tasting menu Private dining concept Eel soup dumpling

The Eel dumpling is prepared using the same method as the traditional Chinese soup dumpling. Cut up eel jelly is encased in a dumpling pastry. Once steamed the heat bring the eel jelly to a liquid state turning it into soup. The dumpling is served on heated Thames riverbed pebble.

Seasoned baby eel

Grilled eel on Thames brick

A spin on the Japanese grilled eel on rice. This version is served on chunky mashed potato topped with parsley liquor buttor block.a

Eel pate

Eel pate with horseradish butter and crackers served on styrene

Glass eel in its purest form. Lightly seasoned and fresh as far as fish goes. The seasoning is crushed in an improvised mortar and pestle

‘EEEE WWWW SSSS’

Eel soup dumpling The Eel dumpling is prepared using the same method as the traditional Chinese soup dumpling. Cut up eel jelly is encased in a dumpling pastry. Once steamed the heat bring the eel jelly to a liquid state turning it into soup. The dumpling is served on heated Thames riverbed pebble.

Seasoned baby eel Glass eel in its purest form. Lightly seasoned and fresh as far as fish goes. The seasoning is crushed in an improvised mortar and pestle

Grilled eel on Thames brick A spin on the Japanese grilled eel on rice. This version is served on chunky mashed potato topped with parsley liquor butter block.

Eel pate Eel pate with horseradish butter and crackers served on styrene

Conceptual crockery

Concept

Thames reclaimed crockery to compliment the tasting menu. Imaginary reconstructed plates and mugs with elements of reclaimed pottery. Glazed and fired Thames brick dish set.

Eelosystem eatery is developed to compliment the Eel farm experience and comes as a natural conclusion of the visitors’ journey. The serving is heavily influenced by the fresh produce supplied on site by the fish farm. The concept brings together two aspects of East London. Trendy present catalyst for creativity and working class past full of character, flavour and authenticity. Design The surroundings and architectural specifics of the site shape it into a unique and beautiful interpretation of a traditional Pie and Mash shop. The modern design combines reinvented elements of Victorian and Georgian design. Culture In addition of being a wonderful place to explore original food staples, such as pie and mash, the restaurant acts as an ambassador, promoting East London’s rich culture. Eeelosystem is a refined version of a Pie and Mash shop. It offers simple, yet sophisticated space in which the diners could enjoy the tradition of East London.

Service Emphasis will be placed on the cockney no fuss style of service. Menu The menu is structured around the signature dish of Pie and Mash plus daily specials exploring world eel recepies. Beverage As an addition it also offers great artisan coffee and tea in a modern East London barista style. The alchoholic selection of drinks is sourced from the local micro breweries, which are a grwoing trend in East End. Feature elements • Reclaimed Thames Brick Bar The feature bar/food counter is constructed of washed up bricks from the Thames riverbed. • Marble Tables • Victorian inspired floor tiles • Bookshelf with East London publications and periodicals Inspiratinal imagery overleaf

Daily specials smaple menu * Creamy smoked eel pate served with sour dough bread or crackers * Charcoal grilled fillet of eel glazed with tare served on fragrant steamed rice seasoned with Japanese pepper.

1. Eelosystem entrance 2. The belt - brings fresh eels from the pool 3. Sitting area - 82 seats 4. Bar - 14 seats 5. Catering area

6. Kitchen 7.Cleaning&gutting eels 8. Preparation area 9. Washing area 10. Cold kitchen 11. Storage

12. Staff office 13. Staff room 14. Toilets 15. Wastage & recycling 16. Outside seating area 17. Walkway

2m 4m 0cm

20 m 10 cm

WEST END PLAY-CE OXFORD Oxford School of Architecture MArchD - Year 1 Urban design specialization

WE PLAY-CE MASTERPLAN OXFORD

DEVELOPMENT

Initially developing the masterplan, three main nodes were identified. In the initial sketch, the three nodes that were outlined are: Transport, leisure and historical. One of the main considerations in developing a final masterplan was to ensure pedestrian accessibility between the nodes and the city centre.

From the outlining of the main nodes, through creating design actions, a preliminary masterplan was developed (shown in sketch 2). This initial masterplan required improvement to the residential block structure in order to create a more legible relationship between public and private space.

fig 65(a) Main nodes of Oxfords west end

Carrying out the necessary changes and ensuring that all of the objectives defined in the vision for the west end were addressed, this initial idea was transformed into the final masterplan.

fig 65(b) Preliminary masterplan sketch

fig. 65 (c): Final masteplan for Oxfordâ&#x20AC;&#x2122;s west end

OXFORD

Land Use Analysis

Comfort Analysis

WE PLAY-CE OXFORD

fig.67: Masterplan showing ‘play’ concept

1. Oxford station 2. Bike station /rent a bike & information desk 3. Offices 4. Bed & Breakfast 5. Mixed use residential 6. Mixed user esidential 7-13. mixed used- Offices, retail residential 14. Urban farm workshop + craft workshop 15. Market16.Viewing platform 17. Ice rink & extension 18. Creative hub 19. Offices + college workshop facilities 20-21. Oxford & Cherwell Valley College 22 Student accommodation 23. Hotel 24. Offices 25. Creative space/ freelance offices+cafe/ + resdential 26. Food retail, offices and hotel

Design vision 2: Heritage & Image

Design vision 3: Leisure & Activities

The image of the city is divided into three sectors: historical block and square, the natrual landscape, and routes for cycling and pedestrians. The new route created for pedestrians links from The Parish Church of Saint Thomas the Martyr to the mound in the city. Another significant route is the north –south line. It starts from Worcester Street Canal basin mixed use project, throughout to blue green natural line walkway, to the new leisure activities development.These ensure not only that the masterplan can increase the usage of the existing natural landscape by the community but also that existing site has been transformed to better place it in relation to the city centre.

According to map below, the idea of play and activity was spread throughout the site.The red which represents activity in the night, and the blue shows leisure and recreation extending between the blue-green line of Castle Mill Stream and also among the new residiential area. Both of these aspects show how the concept of play is distributed across the site, integrating spaces that can be available to everyone.

fig.88: Comfort analysis of proposed masterplan (not to scale)

The comfort analysis of the proposed development shows the comfortable areas around the new residential developments on Oxpens Road.The creation of a comfortable area are: feeling safe from accidents, possiblity to see and sit. Also, the new residential development has active buidling frontages onto the street and clear, generous paths for walking and cycling. The canal site added more activities, making a more comfortable area than a car dominated one. The route from the railway station to Worceseter St car park and Oxford Castle Mound now includes a more predestrian friendly street, more sitting space and therefore more active places.

fig.89: land use of the proposed masterplan (not to scale)

The masterplan proposes new development in the south west part of the site as being mixed use- residential and retail, this can create a higher residential density, and therefore increased activity and movement throughout the south west area of the site. The expanded function of the ice rink provides a variety of programs, promoting leisure, recreation and interaction. The main former car parks have been incorporated into a changed to historical and entertainment node, and the expansion of railway station and the economic zone which consist s of a hotel, offices and student accommodation.

Design vision 4: Community & Creativity

Design vision 5: Built Density

Community spaces have been integrated to the masterplan, shown by the black circles on the map, the outdoor facilities were arranged around residentail area blocks. Innovative programs-freelance office spaces, sport facilities and a community market provide spaces for creativity, along with mixing of people. The Oxford and Cherwell Valley College also has workshop spaces for student to have interaction between community and to help practically fig.84: elements of image and heritage in the proposed masterplan (not to scale) develop their vocations.

The building density analysis below shows the concentration of the built density of the masterplan. As well as showing an increase in the density of the area, it also displays that communities and residents living in the West end, particularly where the buildings are orange, not only have pedestrian traffic from the city centre easily but also activities in the area fromthe office and college thoroughout the day. By increasing the density in such a way helps to define West fig. 85: Spaces for leisure and activities in the proposed masterplan (not to scale) Oxford as a place in itself, but also build on the relationship between it and the city centre.

fig. 86: spaces for community and creativity in the proposed masterplan (not to scale)

PROPOSED MASTERPLAN ANALYSIS

creative new area of Oxford with a strong sense of community and character.

fig. 87: building heights in the proposed masterplan

PROPOSED MASTERPLAN ANALYSIS

E D

, vibrant and

Our aim is to create a playful

PROPOSED MASTERPLAN ANALYSIS

VISION

WE AY-CE FORD

Master plan

VISION is to create a playful, vibrant and creative new area of Oxford with a strong sense of community and character. OBJECTIVES • to slow down • play-ce to stay • active behaviour • reconnection with the nature 16

Depending Depending onon the the site, site, inin many many cases cases there there is is a hierarchy a hierarchy ofof considerations considerations asresources. to how toOften, use renewable energy asas toto how how toto use use renewable renewable energy energy resources. Often, the the order order ofof resources. Often, the order of consideration is: consideration consideration is:is: • sun; • • sun; sun; • rainwater; • • rainwater; rainwater; • ground; • • ground; ground; • wind. • • wind. wind.

Energy efficiency strategies and sun angle analysis

Winter

Gre ag red emi act and crea hab

Summer

December taken at 10, 12 10, 0, 12 12 3.4.1 3.4.1 solar solardesign design

shadows by y the the dropped by the

3.4.1 solar design

Turn towards the sun Turn Turntowards towardsthe thesun sun There areinfour main ways of using the sun in buildings: daylight; passive There There are are four four main main ways ways using using the the sun sun in buildings: buildings: daylight; daylight; passive passive N ofof psand between buildings and andsolar solarand gain; photovoltaic (PV) modules; and active solar panels. solar gain; gain; photovoltaic photovoltaic (PV) (PV) modules; modules; and active active solar solar panels. panels. N

viding the block sufficient cient ficient at overshadowing doesn’t unduly solar gain in the olar access and vary building scalesummer. and Daylighting reduces the needsolar for artificial mmer. mmer. Daylighting Daylighting reduces reduces the the need need forfor artificial artificial lighting lighting and and passive passive solar gain gain lighting and passive solar gain

ccordingly

reduces the need for space heating. Photovoltaic modules convert solar reduces reduces the the need need forfor space space heating. heating. Photovoltaic Photovoltaic modules modules convert convert solar solar

ficient day light for all theand all ll the theradiation radiation into electricity and are a rapidly developing technology. radiation directly directly into into electricity electricity and are are a rapidly a directly rapidly developing developing technology. technology. ns and backyard shared hared ared Active solar panels for heating water have Active Active solar solar panels panels forfor heating heating water water have have been been available available forfor some some time time and andbeen available for some time and e backyard gardens will ns s will willhave have long term potential in the UK. have long long term term potential potential inin the the UK. UK. er and in the winter, when when when The keyofto optimising the solar potential of the site is to orientate buildings The The key key toapartments to optimising optimising the the solar solar potential of the the site site is is toto orientate orientate buildings buildings ht in the inpotential ents nts ininto nce to solar access and privacy

broadly south. This tends to result inisan East -West street pattern. It is broadly broadly toto the the south. south. This tends tends toto result result into in anthe an East East -West -West street street pattern. pattern. It It is serve to space buildings further and This o o o – loweringpossible densities and weakening possible to move up to 30 away from due south and yet have 90-95% of the possible toto move move upup toto 3030away away from from due due south south and and yet yet have have 90-95% 90-95% ofof the the ure.

analysis show that the maximum output of acommon PV module orisais solar all ll the themaximum maximum output output ofof aall PV a PV module module oror a solar a solar collector. collector. AA common goal goal to to collector. A common goal is to stay stay within within 15-20 15-20ofof due due south. south. stay within 15-20 of due south. nts have sufficient natural atural atural including different type ttype type o o

Energy efficiency

Whilst maximising the contribution ofto these resources, it is important to Whilst Whilst maximising maximising the the contribution contribution ofof these these resources, resources, it it is is important important to minimise environmental demands and ensure the efficient conversion or minimise minimise environmental environmental demands demands and and ensure ensure the the efficient efficient conversion conversion oror disposal of waste. disposal disposal ofof waste. waste.

We landscaped the area and used different types of trees to protect the buildings from and the strong south-west wind and from the solar gain in the summer. The diagram on the right shows the wind protection of the buildings that the moderately penetrable trees provide . This 20m high natural barrier could reduce the heat lost of the buildings behind it up to 65%.

Energy efficiency

55m 55m

55m

urban urban design design compendium compendium

urban design compendium

13 – 14m

0% loss of total annual solar radiation

29 – 30m

hation street: 5% loss of total annual solar radiation diation

design, sufficient solar access can be ll floors in tighter settings and solar ms installed on roofs. Lower solar ground floor can be compensated rger windows.

60m 60m

60m

12.5 mm 12.5

Sensory Sensory richness richness & & Landscape Landscape

energy. Additionally we aimed to produce a high density area with green roofs and solar panels, allotments for locally produced food, grey water collection and composting. In order to influence peoples activities and energy consumption, we considered a number of other important factors. We focused on improving the connectivity in the area by prioritizing the pedestrians and cyclist and introducing alternatives to the standard car use. We reconnect and reintroduce the green &blue network in the area and a promote all kind of local activities. Working with such a scale gave us a possibility to create a ‘healthy’ and walk able neighbourhood that offers a rich variety of services for everyone’s needs such as offices, rail station, retail, hotel, large sport centre, playgrounds, public library, school, nursery, market and a new mail.

12.5 m

Sensory richness & Landscape

Let the light in Let Letthe thelight lightinin order to emphasis on the environmental aspect of the new As a general rule, the more sun the better (potential problems ofIn overheating AsAs a general a general rule, rule, the the more more sun sun the the better better (potential (potential problems problems ofof overheating overheating design and glare can design bedesign dealtstage). with during thetobuilding design stage). Contrary to we had to embedded it in the design concepts and are, which will be flooded and and glare glare can can bebe dealt dealt with with during during the the building building stage). Contrary Contrary to oded oded initial design actions. Delivering new energy efficient buildings in attitudes and guidelines, itofis possible of natural some some attitudes attitudes and and guidelines, guidelines, it it issome is possible possible toto achieve achieve high high levels levels of natural natural to achieve high levels the area was a major factor for the overall design. Placing and light penetration with tightto urban form. But a balance needs to be struck light light penetration penetration with with tight tight urban urban form. form. But But a balance a balance needs needs to bebe struck struck orientating the parameter blocks was key. Delivering sufficient between new imposed development and the constraints imposed by the local between new new development development and and the the constraints constraints imposed byby the the local local 7 – 8m between natural daylight and ventilation and insulating the buildings setting, particularly in relation to the land use and street pattern of adjacent setting, setting, particularly particularly inin relation relation toto the the land land use use and and street street pattern pattern ofof adjacent adjacent 0% loss of total annual solar radiation (minimum 300mm) could reduce significantly the usage of areas and thebuildings. height and roofscape of adjacent buildings. areas areas and and the the height height and and roofscape roofscape ofof adjacent adjacent buildings.

Sensory richness & Landscape

Planting play Planting toto Play Using the urban landscape to create a vibrant and active environment which promotes outdoor activities and shape the identity of the playce . The trees planted in the area would act as wind protectors, water and air filters, will create shadows for the open spaces and will enrich the experience of the people in the area. By choosing plants with specific smell, I try to activate the smell memory of the passengers and to provoke memory flashbacks.

Silver birch

O3 value 99.5

Ginkgo tree O3 value 95.0

Apple tree

O3 value >80.0

Walnut tree

Tomatoes

‘Is there any part of persons thought or feeling, knowledge and ability, which does not have its deepest roots in childhood?’ Friedrich Froebel By designing the landscape and with precise selection of plants, my aim is to create an area with hight level of sensory richness for people to experience, slow down and enjoy.

Maple

Lilac

Curry plant

Blue berries

Aubergine

Elder tree

Beetroot

Pepper

Blackcurrant bush

Carrots

Chillies

Courgette

Lavender

Mint

Onion

Potatoes

O3 value 957.2

Cherry tree

O3 value 99.7

Leek

Below is a list of the plant qualities that can be used to help enrich these experiences.

https://www.google.co.uk/ 1. Colour - Plants that are colourful for a long time search?q=insects&hl=en&tbo=d&source=lnms&tbm=is2. Smell - Aromatic plants ch&sa=X&ei=_zvRUKPl3. Touch - Unique texture JYHR0QXUqYGICw&ved=0CAoQ_AUoAA&bi4. Creating spaces - structural plants that can be w=1920&bih=936# used to create tunnels, walls, fences and rooms 5. Props - Plants with interesting seed heads, stalks or twigs that can be used for play 6. Move with the wind - Plants that act as “flags” and visually wave in the wind and create a changing background 7. Seasonal change - Plants that have year round interest with distinct qualities in each season 8. Edible - Plants that can be eaten and have interesting tasters 9. Timber value - could be used for timber /life cycle Having a variety of plants will provide a rich natural habitat for all kind of insects, birds and animals.

Sweat pea

Coriander

Hearing

Sight

Touch

Taste

The blue&green belt is represented with a variety of trees planted next to the river side. The large set back from the nearest buildings allow to pick species with greater hight. Those colourful giants will create natural landmarks by themselves. All the trees have year round interest and will contribute to the sensory richness of the area by adding more colour and seasonable smell in the area.

Between the new residential blocks there will be low vegetation that wouldnâ&#x20AC;&#x2122;t block the sunlight for the residents. All the selected plants are edible and accessible for the people to collect. Additionally they educate the passengers, add colour and reflect seasonal change.

Fruit trees with strong aromatic and visual presence.

Birch trees will be planted next to the river side to maximise the absorption of water in order to prevent the area flooding. Higher trees will be planted next to the rail line in order to

act as a natural barrier of the sound and to minimize the wind impact on the new development and the allotments.

Suspended net over a thyme, chamomile field of aromatic plants and lavender. Urban /herbs such as mint, aromatherapy

Sensory richness & Landscape

Smell

/not to scale/

TYPE A - Studio apartment TYPE B - 2 bedroom apartment TYPE C - 3 bedroom apartment TYPE D - Family house

POLICY HE.9 - HIGH BUILDING AREA Planning permission will not be granted for any development within a 1,200 metre radius of Carfax which exceeds 18.2 m

max 15m hight

Sensory richness & Landscape

The space syntax analysis for the proposed masterplan shows how connectivity has been improved with the addition of new pedestrian streets perpendicular to Oxpens Road, which itself has become more connected.

Residential area - details

ISSUES 1 Oxford School of Architecture MArchD - Year 1 URBAN DESIGN SPCIALIZATION “How do we safeguard and deliver hight level of environmental quality in the context of increasing intensification of land use?”

Introduction

1.1 Methodology What makes a city?

Report Methodology Section 1 Section 2

Increasing Intensification Defined

Environmental Qualities Defined

Safeguarded Access to Issues urban

Theory/Policy

Section 3

In order to deliver a concept scheme that fulfils the issue of environmental quality with increasing intensification a methodology diagram figure 1.01 shows the process that has been followed. The approach of the methodology is a reflexive model. The report has been structured in such a way that different stages of the methodology are covered in separate sections.

Assessment Access to Criteria urban Case Studies Tested Access to urban Resources

Design Concept

Evaluated Access to

Theory/Policy

Assessment Criteria

Desire + Needs

Test/ Analyse Final Concept Model

Compare to Case Studies

200 pph Access

500 pph Access

Section 5

Fig 1.01 - Right Methodology diagram for the report structure and concept scheme design process.

Section 4

Concept Model Components

Modify

800 pph Access

Modelling

800pph Neighbourhood

At 800pph the group has delivered the required residential units whilst maintaining a maximum storey height of 13 in order to safeguard streets. Facilities become more routed in the neighbourhood and the schools particularly have become dense in order to maintain the same ramabalas and formal gardens as open spaces for interaction at street level.

STACKING

Heavier stacking and wider roads to offset this

VOID SPACES

In built form to allow for light penetration

200m

400m

Fig. 5.30

1 bed residential 2 bed residential 3 bed residential 4 bed residential 5 bed residential Commercial Nursery Primary school Secondary school

Green space Park Recreation Community centre Surgery Hospital Leisure centre Pavement Rambala

Typical block components: Fig. 5.31 STACKING Maximum height of the buildings is 12-13 storeys. Roof gardens are stepped back from the 4th storey to help aid human scale streets and allow light to penetrate down to floor level. The provision of green spaces are maintained through the organisation of a vertical mixed use. The street to width ratio is maintained even though the heights of the bounding buildings increase, a balance has to be achieved as there comes a point where it would not be possible to maintain the correct ratio. The the arrangement of the stacking within the blocks has been design to improve legibility by breaking the monotony of regular faรงades, enriching sensory visual experience.

Tallest building 13 storeys at 800pph

Fig. 5.32

Modelling 800pph

Provision for green space: The higher density requires even larger number of green areas. However with increasing intensification green spaces become a deficit.

Environmental Quality

In order to find the balance between built form and green areas, rooftop gardens and terraces has been produced, introducing the idea of green network i the sky.

Street network: Original street grid is maintained however the intensification of the area has changed the hierarchy of some streets. The slight alteration to the grid structure could be seen in relocation of the small ramblas.

Fig. 5.33

Green space Park Recreation

Fig. 5.35

Central streets width has been enlarged in order to sustain a good quality for the services required.

Cycling provision: Bicycle provision increase even higher. Bike storage structures had evolved into architectural features (fig 0.00).

Space Syntax: Shows the hierarchy of streets and the connectivity within the neighbourhood. It explains graphically the change of importance and usage of streets in different areas depending on the built environment and density. The usage

Fig. 5.34

Fig. 5.37

Fig. 5.38

Provision of bike stations in key location in order to provide sufficient public storage for the area .

Private access Public access Built form

Fig. 5.36 Fig. 5.39

Modelling 800pph

Provision of facilities:

Provision of pavements:

Facilities based on Bartonâ&#x20AC;&#x2122;s recommended distance to facilities, for instance primary school within 800m and secondary within 1000m. (Barton, H. 2010. p122). Each homepatch has provisions to ensure suitable distances are met.

Main streets have greater pavement widths are provided due to wither catchment. Additionally they promotes stop and stay space and allow spill out. Hierarchy of pavements ensures legibility.

Walkability is particularly important with schools located off main streets.

Leisure centre Secondary school Primary school

5-10m 3-5m

Fig. 5.40 Surgery Community centre

2.5m 2m

Minimum pavement width of 2m ensures over adequate provision.(Department of Transport. 2007. p68). The areas with smaller pavement Fig. 5.42 width are in a close proximity of larger open/green spaces.

Intensity and proximity of mixed use Street hierarchy

Pedestrian priority Provision of mixed uses:

Bus stops further out due to wider catchment.

The central core of the neighbourhood and the areas around the ramblas utilise and contain very hight level of mixed use, providing sufficient activities for the area.

Additional bus stops and public transport connection are provided due to wither catchment

Fig. 5.41

High intensity Mid intensity

Fig. 5.43 Low intensity

Towards the edge of the neighbourhood, mixed use becomes less important, therefore less mixed stacking is seen. Even so, eyes on streets are encouraged by open green spaces.

Modelling 800pph

At 800pph... 3D view from on of the rooftop terraces Fig. 5.44 looking down into the area

Fig. 5.46

Massing higher. Connection of green spaces on higher levels.

Wide streets mixed-use

Height/width ratios

Street widths

Providing space for opportunities for food production in the locality.

Provision of streets: Mixed use blocks are key for higher density neighbourhoods in order to provide required services and job opportunities for inhabitants. Stacking has reflected the hight to width ratio in order to reach the density criaeirias.

Fig. 5.45

Conclusion: The overwhelming facilities provided at 800pph have led to a balancing act, mixing uses further out now the catchment has reached supporting levels. The necessary expansion of raised green networks delivers quality spaces, but with scope for ambition and creativity to be progressed in further architectural design. Venice was a key example of how private roof terraces work for one household, but the group has employed areas of green space stacked to provide opportunities for interaction to occur within the built environment and at street level in order to safeguard and go beyond delivery. Initially the group safeguarded green spaces higher up, but in practice it is important that not only have green spaces been promoted as opportunities for community, but these spaces become opportunity for self-sustainability through food production in multiple pockets on the built landscape of the neighbourhood.

YEAR OUT IN PRACTICE Gerry Lytle Associates Part l Architectural Assistant

METROPOLITAN LIVING AND LEARNING University of Portsmouth BA(hons) Year 3

KeyKey Sections Sections Keysections Sections The are showing key aspects The sections are showing key aspects of my in relation with with the site of design my design in relation the site The and sections are showing aspects and its surroundings. In the first its surroundings. Inkey thedrawing first drawing of my design in relation with thehow site the (Section BB) BB) we can can see how the (Section we see and housing its surroundings. the first drawing housing and and the In business block the business block (Section BB) we can see how the continue the line of Tower Bridge but continue the line of Tower Bridge but housing and the‘following’ with the the ideaidea of it,block not with ofbusiness ‘following’ it, not continue the line Tower Bridge but ‘competing’. TheofThe second drawing ‘competing’. second drawing with (Section the DD) ideaDD) of shows ‘following’ it, not (Section shows the the housing in in housing ‘competing’. The second drawing relationship to Tower Bridge Road and and relationship to Tower Bridge Road (Section DD) the housing the idea of pushing back the block in in the idea ofshows pushing back the block relationship to Tower Bridge Road and orderorder to give give moremore space space and the idea offor pushing back in The possibilities views of the bridge. The possibilities for views ofthe theblock bridge. order to give more space and street space created gives opportunity street space created gives opportunity possibilities foractive views of with the bridge. The and for more active space shops and for more space with shops street space created gives opportunity cafes. cafes. for more active space with shops and cafes.

Section BB BB Section Section BB

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SPORT CENTRE University of Portsmouth BA(hons) Year 3